Powerware 9315 User Manual
Page 52
A---8
Powerware 9315 Parallel Redundant System I & O
164202013, Rev. D 041599
Table A--3. Tie Cabinet Power Inputs and Termination Requirements (cont.)
Internal
Hex Size
(In.)
Tightening
Torque
(lb-in)
Size of
Pressure
Termination
(CU wire)
Function
Terminal
Point in
Tie
Cabinet
Breakers
MOB 1
and 2
(Amps)
Minimum
Conductor
Size
UPS
Output
NP
Voltage
UPS
Model
300
600
(2) 4/0
AWG
400
E9, E10,
E11
Phase A,
B, C
(2) #2/0-400
kcmil or
(1) #6-600
kcmil
#2-600 kcmil,
(375)
#8-#3, (275)
3/8
400
480
(3) 300
kcmil
800
E9, E10,
E11
Phase A,
B, C
(3) #3/0-500
kcmil
#3/0-500 kcmil
(375)
3/8
500
480
(3) 300
kcmil
800
E9, E10,
E11
Phase A,
B, C
(3) #3/0-500
kcmil
#3/0-500 kcmil
(375)
3/8
All
Models
—
—
—
E12
Neutral
(12) #6--350
kcmil
(275)
3/8
All
Models
—
1/0 AWG
—
Ground
Ground
(2) #6--350
kcmil
(275)
3/8
All
Models
(Optional)
—
(2) 1/0
AWG
—
Isolated
Ground
(Optional)
Isolated
Ground
(10) #14--1/0
AWG
(275)
Slotted
Table A--4. Power Output Termination Requirements
UPS Model
Minimum
Conductor
Size
Terminal
Point in Tie
Cabinet
Function
Size of Pressure
Termination
(CU wire)
Tightening
Torque (lb-in)
10%
Internal
Hex Size
(In.)
40 through 300,
except Model
225 at 208 volt
output
Same as
input
E16, E17,
E18
Phase A, B, C (2) #6--350 kcmil
(275)
3/8
Model 225 at
208 volt output
and Models 400
and 500
Same as
input
E16, E17,
E18
Phase A, B, C (4) #6--350 kcmil
(275)
3/8
Notes for Tables A---2, A---3, and A---4:
1.
Refer to national and local electrical codes for acceptable external wiring practices.
2.
Material and labor for external wiring requirements are to be provided by
designated personnel.
3.
Power wiring size recommendation is copper wire rated at 75_C for Powerware
9315 models 40 through 300 and 90_C the Powerware 9315 400 and 500. If the
wire is run in ambient temperature higher than 30_C, larger size and/or higher
temperature wire is necessary.
4.
The output for the UPS is a separately derived source. Output neutral is bonded to
equipment ground through the main bonding jumper. Refer to NEC Article 250 and
local codes for proper grounding practices.